What is PHA?
PHA is bio-based and produce through bacterial fermentation; making it a sustainable replacement of plastics. They naturally breakdown in nature, reducing plastic waste and have lower carbon footprint. They are 100% biodegradable in nature within 12-15 months (depends on the product thickness and environment).
Too Much to Handle
99.50% Failures For Past Four Years...1000s of Trials
Bio / Chemistry / Physics / Engineering... Innovation
Our 5000 Liter Fermenter
5000 Liter Pilot Production Extracted PHA
Why PHA is "Greenest" ?
• Best Breakdown: Unlike PLA, which needs industrial heat (> 140°F) to decompose, PHA is home compostable and marine biodegradable. If it ends up in the ocean, bacteria can break it down, whereas PLA acts like normal plastic in cold water.
• Carbon Neutral/Negative: PHA is made by bacteria fermenting oils or sugars. Some production methods can even sequester more carbon than they emit, making it potentially carbon-negative.
• Renewable Sourcing: It is 100% bio-based, unlike PP (oil-based). However, like PLA, it still requires land and water resources for large-scale crop farming.
Ckrazy World Plastic Problem
Comparison of PHA vs PLA vs PP
| Feature | PHA (Polyhydroxyalkanoates) | PLA (Polylactic Acid) | PP (Polypropylene) |
|---|---|---|---|
| Source | Bacterial fermentation | Plant starches (Corn, sugar) | Petroleum (Fossil fuels) |
| Biodegradability | Home, soil, & marine compostable | Industrial composting only | Non-biodegradable |
| Durability | Versatile (stiff to flexible) | High stiffness, but brittle | Very high & flexible |
| Ocean/Marine | 4–15 months | 20+ years | 400+ years |
| Soil | 3–12 months | 1–5 years | 20–500+ years |
| Home Compost | 6–12 months | 12–18+ months (often fails) | Will not biodegrade |
| Industrial Compost | 1–6 months | 3–6 months | Will not biodegrade |
Benefits of PHA Products
100% Biodegradable
Not Made from Plant, Trees , or Petroleum
No Harmful Chemicals
